Computing Reaction Forces of Supports A & B with a 2 Degree Load

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SUMMARY

The discussion focuses on calculating the reaction forces at supports A and B under a 2-degree load. Participants reference the principle that a distributed load can be treated as a concentrated load acting at the centroid of the distribution. The conversation suggests that integration may be necessary to derive the appropriate formulas for these calculations. Specific formulas were not provided, indicating a need for further research on this topic.

PREREQUISITES
  • Understanding of static equilibrium principles
  • Familiarity with distributed loads and concentrated loads
  • Basic knowledge of integration techniques
  • Experience with structural analysis methods
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  • Research the centroid calculation for distributed loads
  • Study the application of the equilibrium equations in structural analysis
  • Learn about integration methods for load distribution
  • Explore the use of software tools for structural analysis, such as SAP2000 or ANSYS
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Engineering students, structural engineers, and professionals involved in load analysis and design of structures.

plucker_08
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guys, how can u compute for the reaction forces of supports A & B w/ a 2 degree load...?

a link is provided below

thanks!

http://img49.imageshack.us/img49/7876/19uh.jpg
 
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Isn't there some theorem that says a distributed load can be considered the same as a concentrated load acting at the centroid? I think some integration is in order.
 
there are formulas but i forgot them..
 

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